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@Sven, no not a reasonable alternative, Treasury floating rate bonds are up around 3.60% YTD while bank loan funds are up on average 8.89%. A couple bank loan funds are up over 11% and many are up over 10%. Since the last week in May a few bank loan funds have had but three down days. The epitome of trend persistence and the sector is on track for its second best year ever. Massively overbought but has been that way for some time now. When this category finally cracks will be looking elsewhere such as BDKAX which I mentioned at the beginning of July. New managers there took over last December and its performance has been more than impressive since. Then again, better to seek out under the radar funds that get no mention/attention on the boards,There are few pockets of bond funds that are doing well, but they are heavily overbought as @junkster mentioned. So watch for defaulting if and when recession strikes. For now short term T bills and CDs are still attractive, yielding 5.5%. We continue rolling over T bills as they mature.
@junkster, would treasury floating rate bonds be reasonable alternative to FR/BL funds?
Doesn't really matter at all how it affects anything. It is HOW YOU WOULD invest it. If I had $10m I would go buy something nice.Well, again, it depends on someone's age, goals, and risk.
I know the following several investors
1) 90+% in Munis: This guy sold his company in the 90s for several million and since then he is in 90+% muni, the rest in stocks.
2) 90+% in CD: This guy has "only" one million
3) 85% in stocks: This guy has over 10 million and has been invested like this for decades and is now at retirement.
4) This guy shorted the market, but only at 2-3%.
5) This couple in their 80s invested it all in stocks since retirement in their early 60s. Why? because their pension + SS is over $25K per month.
6) Several investors in their 30s are all at high% in stocks
As you can see numbers 3,5 and 6 are invested highly in stocks but are different. Each of the above has a unique case.
Without the right context(age, goals, and risk), you can't learn much in depth. Even that isn't enough. Suppose someone says, I like treasuries right now. Well, what % do you own? is it 5% or 20%? The % you committed to anything you posted you own makes a difference.
$100K out of 10 mill is only 1%. I doubt this investor would make any significant change to her portfolio. A $100K to someone without saving matters a lot more than the 10 mill.
Lastly, when I read dtconroe's post I got the context pretty well.
Hi @Sven, the site Electrek has a few articles on recycling Li and other EV battery metals. Here's one: "North America’s first battery-grade recycling hub just scored a $375M loan." (See the comments: a couple of people are arguing that this company, Li-Cycle, isn't the first.)I am curious of whether lithium-based batteries can be recycled or is it economical?
From Science Advances (In depth Article):McDermitt Caldera (Nevada/Oregon Border) was formed after a massive magma eruption approximately 16.4 million years ago, dredging up untold scores of lithium and other metals. A lake eventually inhabited the caldera, which deposited a layer of sediment spliced with the lithium that today is over 600 feet deep. The result: a clay called smectite.
But that was just the first lithium injection. Eventually, as volcanic activity heated up again, hot brine containing additional lithium was driven up into the existing smectite, infusing it with even more of it. Now, the clay was no longer just smectite, but a uniquely lithium-rich illite.
"They seem to have hit the sweet spot where the clays are preserved close to the surface, so they won't have to extract as much rock, yet it hasn't been weathered away yet," Borst told Chemistry World.
This is good news for miners. Not only is this particular illite more rich in the metal, it's supposedly easier to separate. Plus, the deposits are mostly concentrated in one spot at the southern tip of the pass, limiting the area impacted by mining.
At least in theory. The extraction of lithium can, depending on the methods used, emit vast amounts of CO2, contaminate groundwater with dangerous heavy metals, and guzzle tons of fossil fuels. Its environmental toll shouldn't be overlooked in the rush to green transportation infrastructure.
This back-of-the-envelope estimation is calculated using caldera-wide extrapolation of publicly available drill hole data from Lithium Americas Corp. and Jindalee Resources Ltd. and is not a reporting code-compliant mineral resource estimate that considers economic viability. Even if this estimation is high due to variations in sediment thickness and/or Li grade, the Li inventory contained in McDermitt caldera sediments would still be on par with, if not considerably larger than, the 10.2 MT of Li inventory estimated to be contained in brines beneath the Salar de Uyuni in Bolivia (12), previously considered the largest Li deposit on Earth.
What STEM innovations will be next?Originally known as the Advanced Research Projects Agency (ARPA), the agency was created on February 7, 1958, by President Dwight D. Eisenhower in response to the Soviet launching of Sputnik 1 in 1957. By collaborating with academia, industry, and government partners, DARPA formulates and executes research and development projects to expand the frontiers of technology and science, often beyond immediate U.S. military requirements.
The Economist has called DARPA the agency "that shaped the modern world," and said that "Moderna's COVID-19 vaccine sits alongside weather satellites, GPS, drones, stealth technology, voice interfaces, the personal computer and the internet on the list of innovations for which DARPA can claim at least partial credit."
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